Thoracic Spine Flashcards
dense layers of collagen fibers and fibrocartilage
fibers in any one layer are parallel and angled around 60-65 deg to the axis of the spine
annulus fibrosis
central portion is gelatinous with proteoglycans, which have a great affinity for water
helps distribute pressure evenly throughout the disk and during load
nucleus pulposus
cover the nucleus pulposus superiorly and inferiorly
cartilaginous and each is circled by apophyseal ring of vertebral body
end plates
causes of mm strains/ ligament sprains in T-spine
lifting, overuse, and/or direct trauma
Treatment for strains/sprains:
- decrease pain and swelling initially
- STM
- joint mobilization
- seated ROM
- prone strengthening
- seated rotations with or without ball
- postural re-ed
excessive loading or chronic loading of intervertebral disc. Rare in T-spine, but does occur.
caused by trauma, degenerative process, chronic postural dysfunction
Herniated nucleus pulposus
Tx for herniated nucleus pulposus:
- postural re-ed
- joint mobs
- traction
- dynamic postural exercise
surgery :(
Post-surgical treatment for herniated nucleus pulposus
- log rolling and BLTs
- bracing TLSO
- scar mobilization
- TA brace exercise
- dynamic stabilization exercises
excessive posterior convexity of the thoracic spine
pain: stress on the posterior longitudinal ligament and chronic adaptive lengthening of the erector spinae musculature
kyphosis
TX for kyphosis
- postural re-ed
- pec stretching
- prone erector exercises
- rhomboid, mid, and lower trap exercises
- may require brace application
fracture of the vertebral body or end plates due to excessive axial compression loads
caused by trauma, or osteoporosis with progressive degeneration, common with progressive kyphosis
compression fractures
Tx for compression fractures after 6 weeks or post op
- stretch and strengthen
- postural re-ed
lateral curvature of the spinal structures
scoliosis
_____ scoliosis is irreversible
structural
______ scoliosis is reversible or can be slowed
non-structural